基本释义:

热致发光测定年代

网络释义

1)thermoluminescent dating,热致发光测定年代

2)thermoluminescent dating,热致发光年代测定

3)TL dating,热释光测定年代

4)Thermoluminescence dating,热释光测定年代

5)thermoluminescent dosimetry apparatus,热致发光剂量测定仪

6)Porcelain thermoluminescence dating,瓷器热释光测定年代

用法和例句

The TL dating of ancient porcelain;

古代瓷器热释光测定年代研究

It is important in fine-grain TL dating that the full α dose must be converted into the equivalent β dose.

在细粒热释光测定年代中，真实的α剂量必须被转换成与β等效的内照射剂量，这个转换由α内照射效率Ｋ值完成。

Thermoluminescence dating of ancient porcelain;

瓷器热释光测定年代研究

thermoluminescent dosimetry apparatus

热致发光剂量测定仪

thermoluminescence dosimetry

热致发光剂量测定法

radiophotoluminescence dosimeter

辐射光致发光剂量计

radiophotoluminescent dosimeter

放射光致发光剂量计

measuring apparatus for measuring quantities of heat light or sound

测量热量、光量或声量或用测量仪

Paleodose determination methods of TL dating of the Quaternary sediments

第四纪沉积物热释光测年中古剂量的测定方法

Determination of the content of photo initiator in UV curable coatings by HPLC method

HPLC法测定UV固化涂料中光引发剂含量

Thermoluminescence dating of porcelain using a regression method of saturation exponential in pre - dose technique;

前剂量饱和指数法测定瓷器的热释光年代

Uncertainty Analysis of personal TLD Dose Monitoring

个人热释光剂量监测中的不确定度分析

Determination of Trace Elements in 8 Kinds of Yi Nationality's Medicine by ICP-AES

电感耦合等离子体发射光谱仪测定8种彝药复方制剂中的微量元素的研究分析

Determination of each element in alloy Mg-Mn-Ce by ICP emission spectrometer

ICP发射光谱仪测定Mg-Mn-Ce合金中各元素的含量

Introduce of Thermoluminescence CGCD and Its Application Method in Space Dosimetry

热释光发光曲线解谱技术及其空间剂量测量方法介绍

Laser Excited Atomic Fluorescence Spectrometer and Lead Content Determination of Antarctic Ice-Snow Sample

用激光激发原子荧光光谱仪测定南极冰雪样品中铅含量

Research on Laser Measurement System of Hot Wheels Size

车轮热轧轮胚尺寸激光测量仪的研究

X-ray fluorescence spectrometric method for rapid semi-quantitative determination of total RE2 O3 in molecular sieve cracking catalyst is reported.

介绍了用X射线荧光光谱仪测量催化剂中稀土总量的快速半定量分析方法。

The method for catalyst copper analysis was established, in which an effective measurement of trace content of elements with incremental mode by X-Ray diffraction fluorescence spectroscope was introduced.

建立了采用X射线衍射荧光光谱仪、过增量法测定铜催化剂中微量元素含量的方法。

Thermoluminescent detector (TLD) is used to measure γ-ray dose rate of the device.

用热释光剂量片法测量了装置的γ剂量。

The thermal neutron flux density is measured with Soild State Nuclear Track Detector (SSNTD),and the γ radiation dose rate is detected with Thermoluminescence Dosimeter (TLD).

中子通量密度采用固体核径迹探测器测量，γ辐射剂量率用热释光探测器测定。